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2022•International Journal for Research in Applied Science and Engineering TechnologyOpen access

Internet Controlled Drone

E Santosh Kumar

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Abstract

Abstract: A drone is an unmanned aircraft in the technical sense. Unmanned aerial vehicles (UAVs) or unmanned aircraft systems are other terms for drones (UASes). The quadcopter may be commanded remotely or can fly autonomously thanks to software-controlled flight plans in embedded systems that function in conjunction with onboard sensors and GPS. Drones are often operated or controlled via radio frequency technology, which limits the drone's range to a certain distance. This paper proposes a novel method of controlling drones through the Internet that does not require the drone to be within a specific range. The drone may fly till it is linked to the Internet if the recommended solution is implemented. Keywords: Internet Drone, NodeMCU, IP Address, PID Tuning, Internet Controlled.

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Abstract: A drone is an unmanned aircraft in the technical sense. Unmanned aerial vehicles (UAVs) or unmanned aircraft systems are other terms for drones (UASes). The quadcopter may be commanded remotely or can fly autonomously thanks to software-controlled flight plans in embedded systems that function in conjunction with onboard sensors and GPS. Drones are often operated or controlled via radio frequency technology, which limits the drone's range to a certain distance. This paper proposes a novel method of controlling drones through the Internet that does not require the drone to be within a specific range. The drone may fly till it is linked to the Internet if the recommended solution is implemented. Keywords: Internet Drone, NodeMCU, IP Address, PID Tuning, Internet Controlled.

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Available abstract

Abstract: A drone is an unmanned aircraft in the technical sense. Unmanned aerial vehicles (UAVs) or unmanned aircraft systems are other terms for drones (UASes). The quadcopter may be commanded remotely or can fly autonomously thanks to software-controlled flight plans in embedded systems that function in conjunction with onboard sensors and GPS. Drones are often operated or controlled via radio frequency technology, which limits the drone's range to a certain distance. This paper proposes a novel method of controlling drones through the Internet that does not require the drone to be within a specific range. The drone may fly till it is linked to the Internet if the recommended solution is implemented. Keywords: Internet Drone, NodeMCU, IP Address, PID Tuning, Internet Controlled.

Key concepts: Drone, Quadcopter, The Internet, Computer science, Global Positioning System, Aeronautics, Real-time computing, Engineering

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